tools
Lunit SCOPE IO
AI digital pathology software that analyzes H&E whole-slide images for tumor microenvironment and immune biomarker research.
Lunit SCOPE IO analyzes H&E whole-slide images to quantify immune phenotypes, map tumor and stromal regions, identify cells and tissue features, and support tumor microenvironment biomarker discovery. It is intended for biopharma, CRO, pathology, and translational research teams developing immunotherapies and companion diagnostics.
The product supports research workflows and broad tissue applications, with compatibility for multiple digital pathology scanners and platforms. It is for Research Use Only and is not intended for diagnostic procedures or decisions. Lunit does not publish pricing on the pages found in this search.
Features
- Quantifies inflamed, immune-excluded, and immune-desert phenotypes
- Identifies tumor cells, lymphocytes, macrophages, fibroblasts, and endothelial cells
- Analyzes tumor and stromal regions and their spatial relationships
- Detects tertiary lymphoid structures, necrosis, and mitosis
- Measures cell size, nucleus size, cell variability, and tumor-stroma ratio
- Analyzes H&E whole-slide images without additional stains or assays
- Supports Leica, Philips, 3D Histech, Hamamatsu, and other scanner file types
- For Research Use Only; not for diagnostic procedures or decisions
Use cases
- Profile tumor microenvironments for immunotherapy research
- Discover H&E-based biomarkers for drug development
- Stratify patients in immunotherapy clinical trials
- Measure immune-cell distribution and spatial relationships
- Analyze tissue features across broad cancer types
- Combine H&E analysis with spatial molecular data
Pros
Cons
Latest updates
- Lunit SCOPE Reveals HER2 Expression Differences Linked to Treatment Response Beyond Conventional Testing in Nature Medicine Study
Reveals HER2 expression differences linked to treatment response beyond conventional testing in Nature Medicine study.
- Lunit Announces Collaboration with 10x Genomics to Integrate AI-Enabled Pathology Analysis with Spatial Molecular Data for Oncology Clinical Research
Integrate AI-enabled pathology analysis with spatial molecular data for oncology clinical research
- Lunit Unveils New AI-Powered Tumor Microenvironment Insights in Lung Cancer at WCLC 2026
Unveils tumor microenvironment insights in lung cancer.
Pricing
- Prices checked
- 2026-10-24